Super-Earths might be far more common in the Universe than previously thought. A recent study using the KMTNet telescope ...

Astronomers have discovered that "super-Earth" planets may exist on wider orbits than previously thought — and this implies these rocky, or "terrestrial," worlds are far more common than was suspected ...

A new study released on Thursday describes a search for what are called "microlensing" events, where a planet acts as a ...

The discovery of this new, farther-out super Earth is even more significant because it is part of a larger study. By measuring the masses of many planets relative to the stars that host them ...

Exoplanet super-Earths are more prevalent in the universe than earlier research predicated according to international ...

Researchers came to the conclusion that super-Earths can exist as far from their host star as our gas giants are from the sun.

There is one kind of planet that doesn’t exist here, however: super-Earths, and a new discovery suggests that this type is a lot more common elsewhere than previously thought. Super-Earths are ...

A recent study has pinpointed the origin of a 120-million-year-old 'super-eruption,' shedding new light on Earth's intricate ...

The findings in the study were made via microlensing, an observational effect that occurs when the presence of mass warps the fabric of space-time to a detectable degree.

Using a technique called gravitational microlensing, the team discovered that these super-Earths can exist far from their stars, in orbits similar to or even wider than Jupiter’s. This ...

An international research team, including the Korea Astronomy and Space Science Institute (KASSI), discovered a "long-period super-Earth" orbiting at a distance greater than Saturn, using the ...

Astronomers have discovered that "super-Earth" planets may exist on wider orbits than previously thought — and this implies these rocky, or "terrestrial," worlds are far more common than was ...